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learning for nano-optics predictions and inverse design. The PhD will take place in the framework of the running ANR project ``AIM'', a collaborative project between physicists and chemists in Bordeaux (Labs
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: Systemic Design: Human, Environment, Technology (CoSys) Laboratory website: https://g-scop.grenoble-inp.fr/fr/laboratoire G-SCOP is a multi-disciplinary laboratory designed to meet the scientific challenges
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of the materials, various inspiring applications are developed to TRL7. We demonstrate the design, production, testing and certification of a 12.6 meter long wind turbine blade, made from hemp and bio-based acrylic
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trial designs using organoids models and auxiliary data including patient’s disease trajectory and treatments’ temporality. The PhD candidate will develop clinical trial designs using organoid models and
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; the design of new power switches is essential: it is necessary to minimize losses, to ensure better management of electrical energy, to increase performance (breakdown voltage, current rating, efficiency) and
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certain primary data. The invention of microblade pressure debitage: new methodological approaches and archaeological implications for Homo sapiens 'adaptation to the Northern Latitude of Asia during
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. This project is part of the longstanding and fruitful collaboration between CEA (Grenoble) and Ampère-lab (Lyon) to develop efficient design methods for RadioFrequency systems based on a System approach with
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has been developed at IEMN in recent years as part of the EQUIPEX Excelsior project. Initial studies have produced a mechanical and electromagnetic design guide for miniaturized tips based on thin
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Computer science » Systems design Engineering » Electronic engineering Engineering » Electrical engineering Technology » Electrical technology Technology » Computer technology Researcher Profile First Stage
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this area is developing intelligent vision systems that can efficiently process large amounts of visual data while still maintaining high accuracy and reliability. The main aim of this thesis is to design and